IV Alarm System
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BYOSim
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Plant Improvements for Sake Production
Key Objective:
Some projects to be designed and potentially implemented in Origami’s sake production plant is the incorporation of the Carbo Rock-It carbonation technology for a new beverage product, reducing load on chiller to air condition production facility, designing a process for sake pasteurization, improvement of water and energy sustainability in the facility and determining the impacts and use of existing solar field located near the facility.
Expected Deliverables:
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Regenerative Agriculture for Local Farm
Key Objectives:
We are working to restore a spring on a local farm that drains into the White River near the headwaters of the West Fork while protecting the area from livestock and ensuring any runoff from the property meets all water quality standards. We are examining potential uses and diversions for the spring water including the creation of drinking points for the livestock and the development of a pumping distribution system. We will explore potential conservation options for the farm to ensure water quality standards are upheld, restore native plant species, and promote a thriving, ecologically sound ecosystem.
Expected Deliverables:
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Rice Irrigation Automated Gate
Key Objective:
Our client is a former rice farmer who wants to reinvent the levee gate to make it cheaper to automate and save irrigation water. MEEG students are designing the mechanics of the gate, and ELEG students are designing the operational hardware and software. BENG students will focus on the agricultural aspects of the project including surface water hydrology, surface water modeling, crop modeling, and integration into agricultural operations for producing rice.
Expected Deliverables:
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Improvements to Sager Creek in Siloam Springs, AR
Key Objectives:
This project involves Sager Creek in Siloam Springs and will repair an in-line dam, limit additional scour beneath (and provide additional structural support for) an existing rock overhang, and analyze the stability of a retaining wall along a reach of the creek through the downtown area. This project will focus on both stormwater quantity (floodplain concerns) and stormwater quality (nature-based solutions to reduce sediment, pollutant, and nutrient loads into the creek). The project would likely include conceptualization and preliminary layout of improvements in the park area (riverwalk, trails, lighting, etc.), analysis to confirm the design results in floodplain improvements (lower WSELs and velocities), and evaluation of how nature-based solutions can be incorporated to enhance water quality in Sager Creek.
Expected Deliverables:
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